static void Main(string[] args)
{
// --------------------------------------------------
// Compile
NakoCompiler compiler = new NakoCompiler();
compiler.DirectSource =
"利用中プラグイン列挙して表示。"+
"";
cout = "----------";
cout = "* TOKENS:";
cout = compiler.Tokens.toTypeString();
cout = "----------";
cout = "* NODES:";
cout = compiler.TopNode.Children.toTypeString();
cout = "----------";
cout = "* CODES:";
cout = compiler.Codes.ToAddressString();
// --------------------------------------------------
// Run
cout = "----------";
cout = "* RUN";
NakoInterpreter runner = new NakoInterpreter(compiler.Codes);
runner.debugMode = true;
runner.Run();
Console.WriteLine("LOG=" + runner.PrintLog);
cout = "----------";
// Wait
cout = "ok.";
Console.ReadLine();
}
public void TestInterpreter1()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
object o;
// 1
ns.source = "1+2*3";
ns.Tokenize();
ns.ParseOnlyValue();
runner.Run(ns.WriteIL());
o = runner.StackTop;
Assert.IsNotNull(o);
Assert.IsTrue(7 == NakoValueConveter.ToLong(o));
// 2
ns.source = "(1+2)*3";
ns.Tokenize();
ns.ParseOnlyValue();
runner.Run(ns.WriteIL());
o = runner.StackTop;
Assert.IsNotNull(o);
Assert.IsTrue(9 == NakoValueConveter.ToLong(o));
// 3
ns.source = "1+4/2";
ns.Tokenize();
ns.ParseOnlyValue();
runner.Run(ns.WriteIL());
o = runner.StackTop;
Assert.IsNotNull(o);
Assert.IsTrue(3 == NakoValueConveter.ToLong(o));
}
public void TestNest()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
NakoILCodeList codes = null;
// (1)
codes = ns.WriteIL(
"A=1\n" +
"B=2\n" +
"もし、A=1ならば\n" +
" もし、B=1ならば\n" +
" PRINT `11`\n" +
" 違えば\n" +
" PRINT `12`\n" +
"違えば\n" +
" もし、B=1ならば\n" +
" PRINT `21`\n" +
" 違えば\n" +
" PRINT`22`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "12");
// (2)
codes = ns.WriteIL(
"A=1\n" +
"B=1\n" +
"もし、A=1ならば\n" +
" もし、B=1ならば\n" +
" PRINT `11`\n" +
" 違えば\n" +
" PRINT `12`\n" +
"違えば\n" +
" もし、B=1ならば\n" +
" PRINT `21`\n" +
" 違えば\n" +
" PRINT`22`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "11");
// (3)
codes = ns.WriteIL(
"A=2\n" +
"B=2\n" +
"もし、A=1ならば\n" +
" もし、B=1ならば\n" +
" PRINT `11`\n" +
" 違えば\n" +
" PRINT `12`\n" +
"違えば\n" +
" もし、B=1ならば\n" +
" PRINT `21`\n" +
" 違えば\n" +
" PRINT`22`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "22");
}
public TestNakoPluginADO()
{
NakoCompilerLoaderInfo info = new NakoCompilerLoaderInfo();
info.PreloadModules = new NakoPlugin.INakoPlugin[] {
new NakoBaseSystem(),
new NakoPluginADO.NakoPluginADO()
};
com = new NakoCompiler(info);
}
// Define Method
public Object _eval(INakoFuncCallInfo info)
{
string s = info.StackPopAsString();
NakoCompiler compiler = new NakoCompiler();
compiler.DirectSource = s;
NakoInterpreter runner = new NakoInterpreter(compiler.Codes);
runner.Run();
Console.WriteLine("EVALLOG=" + runner.PrintLog);
return runner.globalVar.GetValue(0);
}
public NakoPluginOfficePowerPointTest()
{
NakoCompilerLoaderInfo info = new NakoCompilerLoaderInfo();
info.PreloadModules = new NakoPlugin.INakoPlugin[] {
new NakoBaseSystem(),
new NakoPluginOfficePowerPoint.NakoPluginOfficePowerPoint()
};
com = new NakoCompiler(info);
runner = new NakoInterpreter();
}
public void Test_array2()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"A[`a`]=566\n" +
"A[`a`]を継続表示\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("566", ni.PrintLog);
}
/// <summary>
/// ソースコードをトークンに分ける
/// </summary>
/// <param name="src"></param>
/// <param name="filename"></param>
public void ParseEx(string src, string filename)
{
cur = new NakoCompiler(LoaderInfo);
cur.DebugMode = this.DebugMode;
cur.source = src;
cur.fullpath = filename;
cur.name = this.GetNamespaceFromPath(filename);
cur.Tokenize();
cur.Parse();
cur.WriteIL();
namespaceList.Add(cur);
}
static void Main(string[] args)
{
// --------------------------------------------------
// Compile
NakoCompiler compiler = new NakoCompiler();
try
{
compiler.DirectSource =
"0でパワポ起動。パワポ終了。"+
/*
"TMP=テンポラリフォルダ。TMP=TMP&「test.xlsx」。\n" +
"0でエクセル起動。「A1」に「ABC」をエクセルセル設定。/エクセル終了。\n" +
"0でエクセル起動。TMPのエクセル開く。「A1」のエクセルセル取得。それを表示。\n"+
//"TMP=テンポラリフォルダ。TMP=TMP&「test.xlsx」。TMPを表示。" +
*/
//"1でエクセル起動。S1=(デスクトップ)＆「test.xlsx」。S2=(デスクトップ)＆「abc.xlsx」。S1をエクセル開く。S2へエクセル保存。3秒待つ。" +
//"1でエクセル起動。「C2」に「いろは」をエクセルセル設定。「C2」のエクセルセル取得。それを表示。３秒待つ。" +
//"1でエクセル起動。エクセルブック追加。「わんわん」にエクセルタイトル変更。3秒待つ。" +
//"1でエクセル起動。エクセルブック追加。1秒待つ。" +
//"1でエクセル起動。エクセルバージョンを表示。2秒待つ。エクセル終了。" +
//"A=「」;A[`a`]=30;A[`b`]=31;Aの配列ハッシュキー列挙。それを「,」で配列結合して表示。" +
"";
cout = "----------";
cout = "* TOKENS:";
cout = compiler.Tokens.toTypeString();
cout = "----------";
cout = "* NODES:";
cout = compiler.TopNode.Children.toTypeString();
cout = "----------";
cout = "* CODES:";
cout = compiler.Codes.ToAddressString();
}
catch(Exception e){
cout = e.Message;
Console.ReadLine();
return;
}
// --------------------------------------------------
// Run
cout = "----------";
cout = "* RUN";
NakoInterpreter runner = new NakoInterpreter(compiler.Codes);
runner.debugMode = true;
runner.Run();
Console.WriteLine("LOG=" + runner.PrintLog);
cout = "----------";
// Wait
cout = "ok.";
Console.ReadLine();
}
public TestNakoPluginFile()
{
NakoCompilerLoaderInfo info = new NakoCompilerLoaderInfo();
info.PreloadModules = new NakoPlugin.INakoPlugin[] {
new NakoBaseSystem(),
new NakoPluginArray(),
new NakoPluginString(),
new NakoPluginFile.NakoPluginFile()
};
com = new NakoCompiler(info);
string assemblyPath = System.Reflection.Assembly.GetExecutingAssembly().Location;
string assemblyDirectory = System.IO.Path.GetDirectoryName(System.IO.Path.GetDirectoryName(System.IO.Path.GetDirectoryName(assemblyPath)));
this.sjisFilePath = System.IO.Path.Combine(assemblyDirectory, "SJISTEST.txt");
}
public void TestForeachLoopAccessToHash()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"A[`a`]=566\n" +
"A[`b`]=666\n" +
"B[0]=「a」\n" +
"B[1]=「b」\n" +
"Bで反復\n" +
" A[対象]を継続表示\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("566666", ni.PrintLog);
}
public void TestNormal()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
NakoILCodeList codes = null;
// (1)
codes = ns.WriteIL(
"N=3;(N>=0)の間\n"+
" PRINT N\n" +
" N=N-1\n;"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "3210");
// (2)
codes = ns.WriteIL(
"N=1;(N<5)の間\n" +
" PRINT N\n" +
" N=N+1\n;"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "1234");
// (3)
codes = ns.WriteIL(
"A=1;B=3\n"+
"(A <= B)の間\n" +
" PRINT A; PRINT B;\n" +
" A=A+1;B=B-1\n;"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "1322");
codes = ns.WriteIL(
"A=1\n" +
"(A <= 2)の間\n" +
" PRINT `A`&A;\n" +
" A=A+1;\n" +
" B=1\n" +
" (B <= 3)の間\n" +
" PRINT `B`&B;\n"+
" B=B+1\n" +
"\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "A1B1B2B3A2B1B2B3");
}
public void TestInterpreterCalcReal()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
// 1
ns.source = "PRINT 2 * 1.5";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("3", runner.PrintLog);
// 2
runner.Reset();
ns.source = "PRINT (1 / 2) * 4";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("2", runner.PrintLog);
// 3
runner.Reset();
ns.source = "PRINT 4 % 3";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("1", runner.PrintLog);
// 4
runner.Reset();
ns.source = "PRINT 2 ^ 3";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("8", runner.PrintLog);
// 5 : べき乗の優先順位
runner.Reset();
ns.source = "PRINT 2 * 3 ^ 3";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("54", runner.PrintLog);
}
public void TestNestl()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
NakoILCodeList codes = null;
codes = ns.WriteIL(
"A=1\n" +
"(A <= 2)の間\n" +
" PRINT `A`&A;\n" +
" A=A+1;\n" +
" B=1\n" +
" (B <= 3)の間\n" +
" PRINT `B`&B;\n"+
" B=B+1\n" +
"\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "A1B1B2B3A2B1B2B3");
}
public void TestInterpreter2()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
// 1
ns.source = "A=5; PRINT A";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("5", runner.PrintLog);
// 2
runner.Reset();
ns.source = "A=5; B=8; C=A+B; PRINT C";
ns.Tokenize();
ns.Parse();
runner.Run(ns.WriteIL());
Assert.AreEqual("13", runner.PrintLog);
}
public void TestNakoILWriter1()
{
NakoCompiler ns = new NakoCompiler();
NakoILWriter writer = new NakoILWriter(null);
bool r;
// (1)
ns.source = "1+2*3";
ns.Tokenize();
ns.ParseOnlyValue();
writer.Write(ns.TopNode);
r = writer.Result.CheckTypes(new NakoILType[] {
NakoILType.NOP,
NakoILType.LD_CONST_INT,
NakoILType.LD_CONST_INT,
NakoILType.LD_CONST_INT,
NakoILType.MUL,
NakoILType.ADD
});
Assert.IsTrue(r);
}
public static void Main(string[] args)
{
// --------------------------------------------------
// Compile
NakoCompiler compiler = new NakoCompiler();
compiler.DirectSource =
@"
A[`a`]=`aaa`
A[`b`]=`bbb`
A[`c`]=`ccc`
(Aの配列ハッシュキー列挙)で反復
「***:{対象}」を継続表示
";
// "デスクトップ。\nそれのファイル列挙。\nそれを「/」で配列結合。\nそれを表示。" +
// "";
cout = "----------";
cout = "* TOKENS:";
cout = compiler.Tokens.toTypeString();
cout = "----------";
cout = "* NODES:";
cout = compiler.TopNode.Children.toTypeString();
cout = "----------";
cout = "* CODES:";
cout = compiler.Codes.ToAddressString();
// --------------------------------------------------
// Run
cout = "----------";
cout = "* RUN";
NakoInterpreter runner = new NakoInterpreter(compiler.Codes);
runner.debugMode = true;
runner.Run();
Console.WriteLine("LOG=" + runner.PrintLog);
cout = "----------";
//
// // Wait
// cout = "ok.";
// Console.ReadLine();
}
public void Test_localVar_array()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"Cとは変数\n"+
"C￥１￥２￥３=2222\n" +
"C￥１￥２￥３を継続表示。\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("2222", ni.PrintLog);
}
public void Test_Hash_Access_By_String()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"A[`a`]=566\n" +
"A[`b c d`]=566\n" +
"c=「b c d」\n" +
"A[c]を継続表示\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("566", ni.PrintLog);
}
public void TestOneLine()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
NakoILCodeList codes = null;
// (1)
codes = ns.WriteIL("もし、1=1ならば、PRINT 3");
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "3");
// (2)
runner.Reset();
codes = ns.WriteIL("もし、1=2ならば、PRINT 3、違えば、PRINT 5");
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "5");
// (3)
runner.Reset();
codes = ns.WriteIL("A=1,B=2。もし,A=Bならば、PRINT`NG`。違えば、PRINT`OK`");
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "OK");
}
public void Test_array_array2()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"C￥１￥２￥３=2222\n" +
"C￥１￥２￥３を継続表示\n" +
"");
Console.WriteLine(nc.Codes);
ni.Run(nc.Codes);
Assert.AreEqual("2222", ni.PrintLog);
}
public void Test_array4()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"A=「1\r\n" +
"10\r\n" +
"100\r\n" +
"566」\n" +
"PRINT A[3]\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("566", ni.PrintLog);
}
public void TestInsertArray()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"I[0]=000\n" +
"I[1]=333\n" +
"I[2]=444\n" +
"J=「111{~}222」\n" +
"Iの1にJを配列一括挿入\n" +
"Iの配列要素数を継続表示\n" +
"「:」継続表示\n" +
"I[3]を継続表示\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("5:333",ni.PrintLog);
}
void OneLinerMode(string code)
{
var compiler = new NakoCompiler(GetLoaderInfo())
{
DebugMode = DebugMode,
};
var runner = new NakoInterpreter(compiler.WriteIL(code));
SetCommandLine(runner);
if (DescriptMode)
{
Console.WriteLine("----------");
Console.WriteLine("* TOKENS:");
Console.WriteLine(compiler.Tokens.toTypeString());
Console.WriteLine("----------");
Console.WriteLine("* NODES:");
Console.WriteLine(compiler.TopNode.Children.toTypeString());
Console.WriteLine("----------");
Console.WriteLine("* CODES:");
Console.WriteLine(compiler.Codes.ToAddressString());
Console.WriteLine("----------");
Console.WriteLine("* RUN");
runner.debugMode = DebugMode;
runner.Run();
Console.WriteLine("LOG=" + runner.PrintLog);
Console.WriteLine("----------");
Console.WriteLine("ok.");
}
else
{
runner.debugMode = DebugMode;
runner.Run();
PrintLog = runner.PrintLog;
// Console.WriteLine(runner.PrintLog); // Consoleでは stdout へ直接出力しているはずなので不要のはず
}
}
public void TestNormal()
{
NakoCompiler ns = new NakoCompiler();
NakoInterpreter runner = new NakoInterpreter();
NakoILCodeList codes = null;
// (1)
codes = ns.WriteIL(
"A=1\n" +
"B=2\n" +
"もし、A=Bならば\n" +
" PRINT`真`\n" +
"違えば\n" +
" PRINT`偽`\n");
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "偽");
// (2)
codes = ns.WriteIL(
"A=2\n" +
"もし、A=1ならば\n" +
" PRINT 1\n" +
"違えば、もし、A=2ならば\n" +
" PRINT 2\n" +
"違えば\n" +
" PRINT `*`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "2");
// (3)
codes = ns.WriteIL(
"A=1\n" +
"もし、A=1ならば\n" +
" PRINT 1\n" +
"違えば、もし、A=2ならば\n" +
" PRINT 2\n" +
"違えば\n" +
" PRINT `*`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "1");
// (4)
codes = ns.WriteIL(
"A=3\n" +
"もし、A=1ならば\n" +
" PRINT 1\n" +
"違えば、もし、A=2ならば\n" +
" PRINT 2\n" +
"違えば、もし、A=3ならば\n" +
" PRINT 3\n" +
"違えば、もし、A=4ならば\n" +
" PRINT 4\n" +
"違えば\n" +
" PRINT `*`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "3");
// (5)
codes = ns.WriteIL(
"A=8\n" +
"もし、A=1ならば\n" +
" PRINT 1\n" +
"違えば、もし、A=2ならば\n" +
" PRINT 2\n" +
"違えば、もし、A=3ならば\n" +
" PRINT 3\n" +
"違えば、もし、A=4ならば\n" +
" PRINT 4\n" +
"違えば\n" +
" PRINT `*`\n"
);
runner.Run(codes);
Assert.AreEqual(runner.PrintLog, "*");
}
public void Test_occurrence()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
ni.Run(nc.WriteIL(
"`abcdabcabdcab`で`ab`の出現回数\n" +
"それを継続表示\n" +
""));
Assert.AreEqual("4", ni.PrintLog);
ni.Run(nc.WriteIL(
"`ほげふがほbcaふがげふがほふげがふがほ`で`ふが`の出現回数\n" +
"それを継続表示\n" +
""));
Assert.AreEqual("4", ni.PrintLog);
}
public void Test_array_array8()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"A[3][`a`]=222\n" +
"B[`b`]=A\n" +
"PRINT B[`b`][3][`a`]\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("222",ni.PrintLog);
}
public void Test_array_yen_access()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"A￥3=999\n" +
"A￥3を継続表示\n" +
"");
ni.Run(nc.Codes);
Assert.AreEqual("999",ni.PrintLog);
}
public TestArray()
{
com = new NakoCompiler();
runner = new NakoInterpreter();
}
/// <summary>
/// ソースコードをトークンに分ける
/// </summary>
/// <param name="src"></param>
/// <param name="filename"></param>
public void ParseEx(string src, string filename)
{
cur = new NakoCompiler(LoaderInfo);
cur.DebugMode = this.DebugMode;
cur.source = src;
cur.fullpath = filename;
cur.name = this.GetNamespaceFromPath(filename);
cur.Tokenize();
cur.Parse();
cur.WriteIL();
namespaceList.Add(cur);
}
public void TestUserFunc_sub2()
{
NakoCompiler nc = new NakoCompiler();
NakoInterpreter ni = new NakoInterpreter();
nc.WriteIL(
"3を10から引く。\n" +
"PRINT それ\n" +
"\n");
ni.Run(nc.Codes);
Assert.AreEqual("7", ni.PrintLog);
}